Key result
A site-bond invasion percolation model demonstrated that the backbone of the defender network and its transport properties match ordinary percolation.
Population
site-bond invasion percolation (IP) model of drying water clusters in porous media
Comparison
invasion percolation (IP) model vs ordinary percolation (OP) model
Authors
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May refine transport estimates in drying networks via suppressed branching; leaves open physiological validation of percolation equivalence.
The details of the invasion process in a site-bond invasion percolation model are important for understanding transport properties in a drying network, as short-length scale branching is suppressed compared to ordinary percolation.
P. J. A. van der Starre (1978) studied drying water clusters in porous media. site-bond invasion percolation (IP) model vs. ordinary percolation (OP) was evaluated on transport properties of drying water clusters. A site-bond invasion percolation model demonstrated that the backbone of the defender network and its transport properties match ordinary percolation.
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